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    • 11. 发明授权
    • Electrostimulator
    • 电动机
    • US06304781B1
    • 2001-10-16
    • US09182419
    • 1998-10-30
    • Ulrich BuschKlaus Bartels
    • Ulrich BuschKlaus Bartels
    • A61N137
    • A61N1/371A61N1/3706
    • Electrostimulator (2), comprising an interface for connecting a working electrode (2), as well as a pulse generator that is connected on the output side to the interface for transmitting electrical pulses to the working electrode (10), with a first measuring instrument (10) that is connected to the interface for measuring the electrical voltage present at the interface and/or the electrical current flowing over the interface, as well as an arithmetic unit, connected on the input side to the first measuring instrument, for computing an output signal reflecting the capacity of the working electrode in dependence on the current and/or voltage at the interface.
    • 电动刺激器(2),包括用于连接工作电极(2)的接口以及连接在输出侧的用于将电脉冲传送到工作电极(10)的接口的脉冲发生器,具有第一测量仪器 (10),其连接到用于测量界面处存在的电压和/或在界面上流动的电流的接口以及连接到输入侧的运算单元到第一测量仪器,用于计算 输出信号根据接口的电流和/或电压反映工作电极的容量。
    • 14. 发明授权
    • Electrode lead
    • 电极铅
    • US07617004B2
    • 2009-11-10
    • US11241982
    • 2005-10-04
    • Klaus BartelsThomas Gunther
    • Klaus BartelsThomas Gunther
    • A61N1/05
    • A61N1/05A61N1/0563
    • Implantable electrode lead for stimulation in or on the heart, comprising a body having an insulating and sealing outer surface, at least one electrical connection between an outwardly electrically active region having a connecting unit for the electrical connection to a cardiac pacemaker, cardioverter/defibrillator or other suitable electrically active implantable device, and an active or passive fixation. To reduce the electrical resistance while, at the same time, providing for a long life, the outwardly electrically active regions are manufactured with a component of high bioresistance, biocompatibility and non-toxicity, and a component with low electrical resistance.
    • 用于在心脏中或心脏上刺激的可植入电极引线,包括具有绝缘和密封外表面的主体,在具有用于与心脏起搏器,心律转复器/去纤维性颤动器的电连接的连接单元的向外电活动区域之间的至少一个电连接, 其他合适的电活性可植入装置,以及主动或被动固定装置。 为了降低电阻,同时提供长寿命,向外电活性区域以高生物抗性,生物相容性和无毒性的组分和具有低电阻的组分制造。
    • 15. 发明授权
    • Implantable apparatus for the early diagnosis and suppression of
tachycardia in the heart
    • 用于早期诊断和抑制心脏心动过速的植入式装置
    • US5871511A
    • 1999-02-16
    • US929085
    • 1997-09-15
    • Armin BolzKlaus BartelsErhard FlachRainer HintscheManfred Paeschke
    • Armin BolzKlaus BartelsErhard FlachRainer HintscheManfred Paeschke
    • A61N1/362A61N1/365
    • A61N1/3622
    • An implantable apparatus for the early diagnosis of tachycardia in the heart is provided witha microelectrode array, which is in contact with the cardiac muscle tissue, for detecting stimulus conduction potentials in the cardiac muscle tissue,a measuring device, which is in connection with the microelectrode array, for determining the refractory time of the cardiac muscle cells in the monitored cardiac region,a measuring device, which is in connection with the microelectrode array, for determining the stimulus conduction velocity in the monitored cardiac muscle region,a computing device for determining the product value of the refractory time and the stimulus conduction velocity,a comparator for comparing the product value with a tachycardia threshold, any falling short of the tachycardia threshold signaling a condition of the heart in risk of tachycardia,a stimulation arrangement for generating antitachycardia stimulation upon detection of a condition of risk of tachycardia in particular via the microelectrode array, anda control unit for controlling the measuring and evaluation processes within the apparatus.
    • 用于早期诊断心脏中心动过速的可植入装置设置有与心肌组织接触的微电极阵列,用于检测心肌组织中的刺激传导电位,测量装置与 微电极阵列,用于确定监测的心脏区域中的心肌细胞的难治时间,与微电极阵列相关的测量装置,用于确定所监测的心肌区域中的刺激传导速度;计算装置,用于确定 难治时间和刺激传导速度的乘积值,用于将产品值与心动过速阈值进行比较的比较器,任何低于心动过速阈值的下降信号,表示心脏在心动过速风险中的状况,用于产生抗心动过速刺激的刺激装置 在检测到p的心动过速的风险的情况下 通过微电极阵列关联,以及用于控制装置内的测量和评估过程的控制单元。